5-axis Control 4-axis Linkage Wire EDM Machine

Overview

Model: 5-axis Control 4-axis Linkage Wire EDM Machine. Machine features include liquid tank motor lifting, ultra low molybdenum wire loss, 150000mm² no wire loss, use of molybdenum wire, support for G code programming, a factory database that automatically generates processing parameters, five axis full servo control, and an integrated machine structure. A sample cutting condition is listed as 9000 mm²/ H | water-based cutting fluid | steel | workpiece height 60mm and maximum cutting efficiency is stated as exceeding 300 mm²/ Min. Three model variants are listed: HQ-400FU, HQ-600FU and HQ-800FU. Key per-model specifications include machine tool dimensions (mm) 1350x1720x2170, 2350x2084x2170, 2480x2200x2600; weight of machine (kg) 2200, 2500, 4500; table travel (mm) 400x320x300, 600x400x300, 800x600x500; U, V-axis stroke (mm) ±35 for all models; maximum cutting thickness (mm) 300, 300, 500; maximum machining taper (± 12°/80 for all models); electrode wire diameter range (mm) Φ0.12-0.2 for all models; machine tool power (Kw) ≤2.3 for all models. Worktable and fluid system details: size of worktable (mm) 660x480, 900x560, 1100x800; working fluid tank (mm) 1000x580, 1200x660, 1450x900; filtration accuracy (mm) 10 for all models; maximum volume of the tank (L) 130 for all models; table load-bearing weight (kg) 500, 900, 2000 respectively. Drive modes are Precision Ball Screw for X/Y and AC servo for U/V, speed of silk handling is multilevel frequency control, data systems available are HQWNC or AUTO CUT, communication interfaces are USB and RS232, control is 6-Axis control 4-axis simultaneous, process editing supports CAD graphics automatic generation and international standard ISO common code, and language interfaces include Chinese, English, Russian and Japanese. Surface roughness is specified as Ra ≤0.5 mm for HQ-400FU and HQ-600FU and Ra ≤0.6 mm for HQ-800FU, and maximum cutting speed is ≥300 mm²/min for all models. Minimum molybdenum wire loss is listed as 150,000 mm²/zero loss for each model. The machine uses electrical discharge machining (EDM), a process where material is removed from a workpiece using a rapid sequence of electrical current discharges between electrodes submerged in a dielectric liquid. EDM is described as a process used to manufacture parts that are impossible to machine and as being capable of forming complex and intricate shapes and of shaping hard metals such as titanium; materials shaped using EDM must be electrically conductive. The wire EDM process is described as working like a wood band saw using a wire that creates a spark in deionized water while dielectric fluid cools and flushes away removed material. EDM/WIRE EDM machine tools are listed as widely used in various industries, including Digital home appliances, automotive manufacturing, medical equipment, semiconductor packaging, mold industry, aerospace, aluminum industry, bathroom fixtures and military manufacturing.